Partition panel, panel structure and connecting structure of panels

Abstract

A partition panel allowing simple change of a decoration or design with no need for preparing a plurality of panels is discussed. One of the hook-and-loop fasteners manufactured is fixed to the panel attachment surface of the vertical bars and the horizontal bars of the rectangular frame, in which horizontal bars are connected at least between upper and lower ends of right and left vertical bars, with a continuous or discontinuous shape corresponding to the outer shape of the side panel. The other of hook-and-loop fasteners is fixed to the rear surface of the side panel with a continuous or discontinuous shape corresponding to the outer shape of the side panel. The hook-and-loop fasteners are coupled, thereby the side panel is detachably attached to panel attachment surfaces of the vertical bars and the horizontal bars of the rectangular frame.

1 . A partition panel comprises a rectangular frame and thin side panels at both sides of the rectangular frame;
 wherein the rectangular frame ( 10 B) is configured by connecting horizontal bars ( 10 B- 2 ) at least between upper and lower ends of right and left vertical bars ( 10 B- 1 );   one of Hook-and-Loop fasteners ( 10 D), which is manufactured to have a width with so coupling force as the side panel ( 10 C) is not broken when being separated, is fixed to the panel attachment surface of the vertical bars ( 10 B- 1 ) and the horizontal bars ( 10 B- 2 ) of the rectangular frame ( 10 B) with a continuous or discontinuous shape corresponding to the outer shape of the side panel ( 10 C);   the other of Hook-and-Loop fasteners ( 10 E) is fixed to the rear surface of the side panel ( 10 C) with a continuous or discontinuous shape corresponding to the outer shape of the side panel ( 10 C); and   Hook-and-Loop fasteners are coupled, thereby the side panel ( 10 C) is detachably attached to panel attachment surfaces of the vertical bars ( 10 B- 1 ) and the horizontal bars ( 10 B- 2 ) of the rectangular frame ( 10 B).   
     
     
         2 . The partition panel according to  claim 1 , wherein a braced reinforcing bar ( 10 G) is fixed between the vertical bars ( 10 B- 1 ) and/or the horizontal bars ( 10 B- 2 ) of the rectangular frame ( 10 B). 
     
     
         3 . The partition panel according to  claim 1 , wherein the rectangular frame ( 10 B) is dissembled into or assembled from the vertical bars ( 10 B- 1 ) and the horizontal bars ( 10 B- 2 ) by detachably connecting each other. 
     
     
         4 . The partition panel according to  claim 1 , wherein the rectangular frame ( 10 B) and the side panel ( 10 C) are installed so that the right and left vertical bars ( 10 B- 1 ) are at locations deviated in an inner direction from a side periphery of the side panel ( 10 C) and the upper horizontal bars ( 10 B- 2 ) are at locations deviated in a lower direction from an upper end periphery of the side panel ( 10 C), thereby forming grooves ( 10 A) in right and left sides and upper end periphery of the partition panel over the entire length thereof. 
     
     
         5 . A panel structure comprises a partition panel ( 10 ) including a rectangular frame and side panels at both sides of the rectangular frame;
 wherein the rectangular frame ( 10 B) is configured by connecting horizontal bars ( 10 B- 2 ) at least between upper and lower ends of right and left vertical bars ( 10 B- 1 );   one of Hook-and-Loop fasteners ( 10 D), which is manufactured to have a width with so coupling force as the side panel ( 10 C) is not broken when being separated, is fixed to the panel attachment surface of the vertical bars ( 10 B- 1 ) and the horizontal bars ( 10 B- 2 ) of the rectangular frame ( 10 B) with a continuous or discontinuous shape corresponding to the outer shape of the side panel ( 10 C);   the other of Hook-and-Loop fasteners ( 10 E) is fixed to the rear surface of the side panel ( 10 C) with a continuous or discontinuous shape corresponding to the outer shape of the side panel ( 10 C);   Hook-and-Loop fasteners are coupled, thereby the side panel ( 10 C) is detachably attached to panel attachment surfaces of the vertical bars ( 10 B- 1 ) and the horizontal bars ( 10 B- 2 ) of the rectangular frame ( 10 B);   wherein the rectangular frame ( 10 B) and the side panel ( 10 C) are installed so that the right and left vertical bars ( 10 B- 1 ) are at locations deviated in an inner direction from the side periphery of the side panel ( 10 C) and the upper horizontal bars ( 10 B- 2 ) are at locations deviated in a lower direction from the upper periphery, so that grooves ( 10 A) are formed in both right and left sides and the upper periphery over the entire length thereof,   a support pillar ( 12 ) having a sectional appearance corresponding to the groove ( 10 A) of the partition panel ( 10 ) connects adjacent partition panels;   a magnet board ( 13 ) fixed to any one of a side of the corresponding support pillar ( 12 ) and a bottom of the side groove ( 10 A) of the partition panel ( 10 ); and   a magnet board or metal board fixed to the other one of the side of the support pillar  12  and the bottom of the side groove ( 10 A) of the partition panel ( 10 ) and magnetically attached to the magnet board ( 13 ).   
     
     
         6 . The panel structure according to  claim 5 , further comprising:
 a reinforcing metal component ( 11 ) inserted into at least an edge portion in the upper groove ( 10 A) of the partition panel ( 10 ) and having a concave section in which a pin insertion hole ( 11 A) is formed;   the support pillar ( 12 ) having an insertion hole ( 12 A) formed at least at an upper end between both upper and lower ends; and   a connecting component ( 14 ) including a connecting plate portion ( 14 A) inserted into the upper groove ( 10 A) of the partition panel ( 10 ), a connecting pillar portion ( 14 B) fixed to the corresponding connecting plate portion ( 14 A) and inserted into the insertion hole ( 12 A) of the support pillar ( 12 ), and an insertion pin ( 14 C) fixed to the connecting plate portion ( 14 A) and inserted into the pin insertion hole ( 11 A) of the reinforcing metal component ( 11 ), the connecting component ( 14 ) connecting the support pillar ( 12 ) to the partition panel ( 10 ).   
     
     
         7 . A connecting structure of panels for connecting a first panel structure and a second panel structure, comprises;
 the first panel structure includes;
 a partition panel ( 10 ) including a rectangular frame, and the thin side panels at both sides, wherein the rectangular frame ( 10 B) is configured by connecting horizontal bars ( 10 B- 2 ) at least between upper and lower ends of right and left vertical bars ( 10 B- 1 ); 
 one of Hook-and-Loop fasteners ( 10 D), which is manufactured to have a width with so coupling force as the side panel ( 10 C) is not broken when being separated, is fixed to the panel attachment surface of the vertical bars ( 10 B- 1 ) and the horizontal bars ( 10 B- 2 ) of the rectangular frame ( 10 B) with a continuous or discontinuous shape corresponding to the outer shape of the side panel ( 10 C); 
 the other Hook-and-Loop fasteners ( 10 E) is fixed to the rear surface of the side panel ( 10 C) with a continuous or discontinuous shape corresponding to the outer shape of the side panel ( 10 C); 
 Hook-and-Loop fasteners are coupled, thereby the side panel ( 10 C) is detachably attached to panel attachment surfaces of the vertical bars ( 10 B- 1 ) and the horizontal bars ( 10 B- 2 ) of the rectangular frame ( 10 B); 
 wherein the rectangular frame ( 10 B) and the side panel ( 10 C) are installed so that the right and left vertical bars ( 10 B- 1 ) are at locations deviated in an inner direction from the side periphery of the side panel ( 10 C) and the upper horizontal bars ( 10 B- 2 ) are at locations deviated in a lower direction from the upper periphery of the side panel ( 10 C), so that grooves ( 10 A) are formed in both right and left sides and the upper periphery over the entire length thereof; 
 a first support pillar ( 12 ) having a sectional appearance corresponding to the groove ( 10 A) of the partition panel ( 10 ) to connect adjacent partition panels; 
 a magnet board ( 13 ) fixed to any one of a side of the corresponding support ( 12 ) and a bottom of the side groove ( 10 A) of the partition panel ( 10 ); and 
 a magnet board or metal board fixed to the other one of the side of the support pillar ( 12 ) and the bottom of the side groove ( 10 A) of the partition panel ( 10 ) and magnetically attached to the magnet board ( 13 ); and 
   the second panel structure that is connected to the first panel structure when being established, wherein the second panel structure includes a second support pillar having an elongated groove with a dovetail shape over the entire length;
 a second partition panel to which the second support pillar is to be connected; 
 a second connecting component for fixing the second partition panel to the second support pillar by attaching a front end thereof, which is expandable, to a side of the second partition panel, then inserting the second connecting component into the elongated groove of the second support pillar, and then expanding the second connecting component therein; 
 wherein the second connecting component is attached to the side of the partition panel in the first panel structure so as to protrude toward the side of the partition panel in the first panel structure, the protruded front end of the second connecting component is inserted into the dovetail groove of the second support pillar and then expanded and retained so that the partition panel in the first panel structure is connected to the second support pillar. 
   
     
     
         8 . A connection structure of panels for connecting a first panel structure and a second panel structure, comprises;
 the first panel structure that includes;
 a partition panel ( 10 ) including a rectangular frame, and side panels at both sides, wherein the rectangular frame ( 10 B) is configured by connecting horizontal bars ( 10 B- 2 ) at least between upper and lower ends of right and left vertical bars ( 10 B- 1 ); 
 one of Hook-and-Loop fasteners ( 10 D), which is manufactured to have a width with so coupling force as the side panel ( 10 C) is not broken when being separated, is fixed to the panel attachment surface of the vertical bars ( 10 B- 1 ) and the horizontal bars ( 10 B- 2 ) of the rectangular frame ( 10 B) with a continuous or discontinuous shape corresponding to the outer shape of the side panel ( 10 C); 
 the other of Hook-and-Loop fasteners ( 10 E) is fixed to the rear surface of the side panel ( 10 C) with a continuous or discontinuous shape corresponding to the outer shape of the side panel ( 10 C); 
 Hook-and-Loop fasteners are coupled, thereby the side panel ( 10 C) is detachably attached to panel attachment surfaces of the vertical bars ( 10 B- 1 ) and the horizontal bars ( 10 B- 2 ) of the rectangular frame ( 10 B), and the rectangular frame ( 10 B) and the side panel ( 10 C) are installed so that the right and left vertical bars ( 10 B- 1 ) are at locations deviated in an inner direction from the side periphery of the side panel ( 10 C) and the upper horizontal bars ( 10 B- 2 ) are at locations deviated in a lower direction from the upper periphery, so that grooves ( 10 A) are formed in both right and left sides and the upper periphery over the entire length thereof; 
 a first support pillar ( 12 ) having a sectional appearance corresponding to the groove ( 10 A) of the partition panel ( 10 ) to connect adjacent partition panels; 
 a magnet board ( 13 ) fixed to any one of a side of the corresponding support ( 12 ) and a bottom of the side groove ( 10 A) of the partition panel ( 10 ); 
 a magnet board or metal board fixed to the other one of the side of the support  12  and the bottom of the side groove ( 10 A) of the partition panel ( 10 ) and magnetically attached to the magnet board ( 13 ); and 
   the second panel structure is connected to the first panel structure when being established; wherein the second panel structure includes a second support pillar having an elongated groove with a dovetail shape over the entire length;
 a second partition panel to which the second support pillar is to be connected; 
 a second connecting component for fixing the second partition panel to the second support pillar by attaching a front end thereof, which is expandable, to a side of the second partition panel, then inserting the second connecting component into the elongated groove of the second support pillar, and then expanding the second connecting component therein, and 
 wherein a fourth connecting component is attached to the side of the second support pillar so that the fourth connecting tool is inserted into the side groove of the partition panel in the first panel connecting structure and magnetically attached to the magnet board attached to a bottom of the corresponding groove, thereby connecting the partition panel in the first panel connecting structure to the second support pillar.